CN217733830U - Attached solar luminous reflective trapezoid delineator - Google Patents

Attached solar luminous reflective trapezoid delineator Download PDF

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Publication number
CN217733830U
CN217733830U CN202221827085.7U CN202221827085U CN217733830U CN 217733830 U CN217733830 U CN 217733830U CN 202221827085 U CN202221827085 U CN 202221827085U CN 217733830 U CN217733830 U CN 217733830U
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shell
mark
degrees
delineator
extension
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方鸣
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Abstract

Attached solar luminous reflective trapezoid delineator, including casing (1), led luminous element (2), contrary reflective layer (3), control and drive circuit (4), solar photovoltaic board (5), energy storage component (6), support (7), fastener (8), the contained angle between isosceles trapezoid marking front (1A) and long side (1B) of casing (1) is 100 to 130, be equipped with Led luminous element (2) and contrary reflective layer (3) on marking front (1A), be equipped with solar photovoltaic board (5) on long side (1B), control and drive circuit (4), energy storage component (6) are established in casing (1) holding chamber (1 q), through packaging body and casing (1) waterproof marking body, assemble into luminous reflective delineator with support (7) through fastener (8), marking front (1A) can the extension, compare, the photovoltaic board area is bigger, it is luminous like, the reflection of light performance is better, structural strength is higher, the life-time is longer, can practice thrift the material cost, the function is more.

Description

Attached solar luminous reflective trapezoid delineator
Technical Field
The utility model relates to a light emitting device field, concretely relates to trapezoidal delineator of luminous reflection of light of attached solar energy.
Background
The attached delineator is one type of delineator, and is a traffic safety device having retroreflective performance for indicating the direction of road travel, provided along both side edges of a road. Attached form profile mark is attached to the waveform guardrail, by contrary reflective material, support and connecting piece are constituteed, contrary reflective material shape generally is trapezoidal (also called trapezoidal profile mark), fix in waveform guardrail and connecting bolt through the support, make contrary reflective vertical trapezoidal fixing on the waveform guardrail of personally submitting of trapezoidal profile mark, trapezoidal profile mark's shorter side is close to the waveform guardrail, longer side is in the face of road width direction, contrary reflective body face (profile mark front) is in the face of vehicle advancing direction with certain angle.
Although the delineator has a small proportion in the traffic safety system, its effect is not negligible. Particularly, on expressways and first-class roads, the driving speed of vehicles is high, and the visible distance of the vehicles is short in the driving process at night, so that the driving safety is greatly reduced, and the linear indication in front of the roads is very important for achieving the purpose of safe driving. The continuous arrangement of the delineators is one of effective means, and the delineators can enable a driver to know the road condition ahead in advance through reflection of automobile light; the contour marks arranged on the two sides of the road are used as warning marks of the road boundary of the road vehicles, and can play a role in inducing and warning drivers at night, so that the driving safety of passing vehicles is well guaranteed.
Because the traditional delineator can not actively emit light, the solar delineator with the active light emitting function is produced at the same time, and the defect that the traditional delineator can not actively emit light is overcome.
However, the structure of the existing attached solar light-emitting and light-reflecting trapezoidal delineator is similar to a flat column packaging structure with an isosceles trapezoid cross section, in which the light-reflecting identification surface of the common attached trapezoidal light-reflecting delineator is thickened along the surface vertical direction, the shell of the attached solar light-emitting and light-reflecting trapezoidal delineator is a simple open cavity shell formed by enclosing an identification panel and four sides, and the attached solar light-emitting and light-reflecting trapezoidal delineator is provided with a solar panel and a light-emitting device and then has solar power generation and light-emitting functions. Although the product is simple and feasible, the following main defects exist:
1. the reflective area is small, so that the reflective effect is influenced;
2. because the size of the delineator is limited, a solar photovoltaic panel with a large area is difficult to mount, the light-emitting effect of the solar photovoltaic panel is influenced, the solar photovoltaic panel is positioned below the long side surface perpendicular to the identification surface, a photosensitive dead angle is easily formed, the solar power generation efficiency is unstable, the existing attached solar light-emitting and light-reflecting trapezoidal delineator with a triangular support only emits light on the front side (single side) more, and when identification bodies are mounted on the two sides of the triangular support, solar panels on the identification bodies on the two sides block light at certain angles, and the solar power generation efficiency is influenced;
with the development trend of intellectualization of traffic equipment, the existing solar products can not adapt to the development requirements in the aspects of battery endurance and the like;
3. the existing attached solar light-emitting and reflecting trapezoidal delineator with a triangular bracket is limited by the structure, and only a light-emitting device can be arranged on the front side, and the light-emitting function is difficult to realize on the back or the side;
4. the joint of the front surface and the long side surface of the mark protrudes outwards to form a right angle, so that the traffic safety hidden trouble of collision is easily caused, and the shell structure of the existing mark body is not firm enough and is easy to damage;
5. the cost of the packaging material consumed in the packaging process of the existing product is high, and the larger the thickness of the packaging material is, the higher the cost is.
In summary, the existing attached solar light-emitting and light-reflecting trapezoidal delineator has the technical problems of difficult improvement of light-reflecting effect, unstable solar power generation efficiency, unstable light-emitting performance, easy collision, insufficient fastness, high packaging material cost and the like, and is a difficult problem to be solved urgently in the industry.
SUMMERY OF THE UTILITY MODEL
The to-be-solved technical problem of the utility model is to provide a novel attached type solar energy is luminous to reflect light trapezoidal outline marker: through innovating the structure and carrying out the optimal design, under the prerequisite that satisfies product standard and trade standard, can effectively enlarge solar photovoltaic board area and reflection of light area in restricted space within the scope that technology shaping condition allows, in order to improve its luminous performance and reflection of light performance, make its solar energy generating efficiency, luminous effect and reflection of light effect all have increased substantially, and this utility model product is highly compatible with product standard and trade standard, structural strength is higher, life is longer, and more material saving (mainly refer to the encapsulation glue) cost, solved the technical problem that current product exists, and can give its new function (such as long afterglow luminous function, wireless control function, side direction light projecting function, through sensor (infrared, radar etc.) controlled luminescence etc.) simultaneously on new structural foundation, expanded new use.
The technical scheme of the utility model is that: an attached solar light-emitting reflective trapezoidal delineator, comprising: the solar photovoltaic panel comprises a shell (1), an LED luminous body (2), a retro-reflecting layer (3), a control and drive circuit (4), a solar photovoltaic panel (5), an energy storage element (6), a bracket (7) and a fastener (8), wherein the shell (1) is of a shell structure which is provided with an isosceles trapezoid mark front face (1A) with a light-emitting and light-reflecting function, a long side face (1B) which is intersected with the longer bottom edge part of the isosceles trapezoid and is used for arranging the solar photovoltaic panel (5) and a support bottom (1C) which is opposite to the mark front face (1A) and is used for assembling and fixing the bracket (7), and the shell (1) is provided with an accommodating cavity (1 q) or/and an accommodating groove (1 z) and a fixing hole (1 k) (screw hole or rivet hole);
wherein, the outside or the lateral wall of long side (1B) on be equipped with external (spacious) storage tank (1 z), storage tank (1 z) in be equipped with solar photovoltaic board (5) and encapsulate with the encapsulation glue, long side (1B) and sign openly (1A) (or the extension face between them) become contained angle an [ that is solar photovoltaic board (5) and sign openly (1A) (or the extension face between them) contained angle ], contained angle an satisfy: 100 DEG. Ltoreq. Alpha. Ltoreq.130 DEG (preferably between 107 DEG and 117 DEG, including 107 DEG and 117 DEG),
or the inboard or the inside wall of long side (1B) on be equipped with built-in storage tank (1 z), storage tank (1 z) in be equipped with solar photovoltaic board (5) and encapsulate with the encapsulation glue, long side (1B) and sign openly (1A) (or extension face between them) [ if there is a transition face at sign openly (1A) and long side (1B) handing-over position ] one-tenth contained angle alpha, contained angle alpha satisfy: 100 ° ≦ α ≦ 130 ° (preferably between 107 ° and 117 °, inclusive) for the first phase;
a transparent or semitransparent luminous part (1 t) is arranged on the mark front surface (1A), a Led luminous body (2) is arranged below the luminous part (1 t), a retro-reflective layer (3) is also arranged on the mark front surface (1A),
the solar photovoltaic panel (5) is in circuit connection with an Led luminous body (2), a control and drive circuit (4) and an energy storage element (6) which are arranged in an accommodating cavity (1 q) of the shell (1) through a circuit, the components and the shell (1) are packaged into a waterproof identification body through the combination of a packaging bottom shell or/and a packaging glue forming body and a supporting bottom (1C) of the shell (1),
the support (7) is an angle forming member which is provided with an attachment surface (7A) with a hole or an open slot for installing and fixing the waveform guardrail and a single bearing surface (7B) or double bearing surfaces (7B) with a hole or an open slot for assembling and fixing the bottom of the identification body, wherein the angle forming member is connected with the attachment surface (7A) and forms an included angle of 35 degrees to 80 degrees (including 35 degrees and 80 degrees) with the attachment surface (7A) or an extension surface thereof, the attachment surface (7A) is provided with an installation hole or an installation slot for installing and fixing the waveform guardrail, the bearing surface (7B) is provided with an assembly hole or an assembly slot for assembling and fixing the bottom of the identification body,
the sign body is assembled with the bracket (7) into a whole body of the delineator through a fastener (8) (such as a bolt, a rivet and the like), wherein the included angle between the extending surface of the long side surface (1B) and the extending surface of the attachment surface (7A) is 0 +/-10 degrees (including 0 degrees and +/-10 degrees, wherein +/-represents the direction), or the included angle between the extending surface of the solar photovoltaic panel (5) and the extending surface of the attachment surface (7A) is 0 +/-10 degrees (including 0 degrees and +/-10 degrees, wherein +/-represents the direction).
Further, the housing (1) comprises an at least partially transparent isosceles trapezoid identification front face (1A) having a relatively large area, a long side face (1B) between the identification front face (1A) and the opposite support base (1C) and being close to the longer base of the isosceles trapezoid identification front face (1A), a short side face (1D) opposite to the long side face (1B) and being close to the shorter base of the isosceles trapezoid identification front face (1A), and opposite and symmetrical side faces between the identification front face (1A) and the support base (1C) and being at an acute angle with the other two extending faces intersecting each other, wherein the five faces [ are respectively corresponding outer side faces or outer side wall faces, the identification front face (1A), the long side face (1B), the short side face (1D) and the other two symmetrical side faces are all faces in a broad concept, and can be flat or non-flat faces (including irregular faces) ] forming a semi-closed structure in which the identification front face (1A) is a top face, the other side walls are accommodating grooves, and the accommodating chamber (1 q) with an opening at the bottom and the other side walls are accommodating chamber (1 z) and the fixing hole (1 k),
the luminous part (1 t) protrudes out of the mark front face (1A) to form a light-transmitting convex structure, the rest areas on the mark front face (1A) are provided with a retro-reflection layer (3), and the mark front face (1A) is also at least provided with two fixing holes (1 k) or other fixing structures which penetrate through the mark front face (1A) and the support bottom (1C);
a separation body (1 g) close to the long side face (1B) is arranged on the inner side or the inner side wall of the long side face (1B) to form a containing groove (1 z) with a downward opening, a solar photovoltaic panel (5) is arranged in the containing groove (1 z) and is packaged by transparent packaging glue,
the angle between the front face (1A) and the long side (1B) (or the extension of both) is between 105 DEG and 120 DEG (including 105 DEG and 120 DEG), the angle between the front face (1A) and the short side (1D) (or the extension of both) is between 70 DEG and 118 DEG (including 70 DEG and 118 DEG, preferably 90 DEG), or the angle between the front face (1A) and the extension of the bottom face of the outer contour of the support base (1C) is between 0 DEG and 25 DEG (including 0 DEG and 25 DEG; preferably 0 DEG, i.e. the bottom face of the outer contour of the support base (1C) is parallel to the front face (1A),
the Led luminous body (2) and the solar photovoltaic panel (5) are connected with a control and drive circuit (4) and an energy storage element (6) which are arranged in an accommodating cavity (1 q) of the shell (1) through circuits, and are combined with the shell (1) through a packaging bottom shell or/and a packaging glue forming body to form a mark body with a waterproof function together, wherein a supporting bottom (1C) and the packaging bottom shell or/and the packaging glue forming body form a mark body bottom structure with the waterproof function,
the bracket (7) is an attachment plate with an attachment surface (7A) and a metal plate angle forming component (such as a metal plate bending stamping forming component) connected with the attachment plate and provided with a support plate with a support surface (7B), wherein the included angle between the attachment surface (7A) and the support surface (7B) (or the extension surfaces of the attachment surface (7A) and the support surface (7B) is four omega and is between 180 degrees and alpha-gamma +/-7 degrees (including 180 degrees and alpha-gamma-7 degrees and 180 degrees and alpha-gamma +7 degrees), the included angle between the long side surface (1B) and the extension surface of the attachment surface (7A) is between 0 degrees and +/-7 degrees (including 0 degree and +/-7 degrees, wherein +/-marking directions are preferably parallel within a +/-5 degree error range),
the bottom of the logo body is assembled on the supporting surface (7B) through a fastener (8) (such as a bolt, a rivet and the like) and is assembled with the bracket (7) into a contour mark whole body.
Further, the shell (1) comprises a transparent isosceles trapezoid identification front face (1A) with a larger relative area, a long side face (1B) which is between the identification front face (1A) and a supporting bottom (1C) opposite to the identification front face (1A) and is close to the longer base of the isosceles trapezoid, a short side face (1D) which is opposite to the long side face (1B) and is close to the shorter base of the isosceles trapezoid identification front face (1A), and opposite and symmetrical side faces which are formed by intersecting other two extending faces between the identification front face (1A) and the supporting bottom (1C) to form an acute angle, wherein the five faces form a semi-closed shell structure which takes the identification front face (1A) as a top face and the rest as side wall faces and is provided with a containing cavity (1 q) with an opening at the bottom, a containing groove (1 z) and a fixing hole (1 k),
the luminous part (1 t) protrudes out of the mark front surface (1A) to form a light-transmitting convex structure, the rest areas on the mark front surface (1A) are provided with a retro-reflection layer (3), and the mark front surface (1A) is also at least provided with two fixing holes (1 k) or other fixing structures which penetrate through the mark front surface (1A) and the supporting bottom (1C);
wherein, an external containing groove (1 z) is arranged on the outer side or the outer side wall of the long side surface (1B), a solar photovoltaic panel (5) is arranged on the containing groove (1 z) and is packaged by packaging glue,
the included angle alpha between the mark front surface (1A) and the solar photovoltaic panel (5) (or the extension surfaces of the mark front surface and the solar photovoltaic panel) meets the following requirements: alpha is more than or equal to 105 degrees and less than or equal to 120 degrees, and the included angle between the mark front surface (1A) and the short side surface (1D) (or the extension surfaces of the two) is two beta, which satisfies: beta is more than or equal to 70 degrees and less than or equal to 118 degrees, and the included angle trigy between the mark front surface (1A) and the extension surface of the outer contour bottom surface of the support bottom (1C) satisfies the following conditions: gamma is more than or equal to 0 degree and less than or equal to 25 degrees,
the Led luminous body (2) and the solar photovoltaic panel (5) are connected with a control and drive circuit (4) and an energy storage element (6) which are arranged in an accommodating cavity (1 q) of the shell (1) through circuits, and are combined with the shell (1) through a packaging bottom shell or/and a packaging glue forming body to form a mark body with a waterproof function together, wherein a supporting bottom (1C) and the packaging bottom shell or/and the packaging glue forming body form a mark body bottom structure with the waterproof function,
the support (7) is a metal plate angle forming component of an attachment plate with an attachment surface (7A) and a support plate with a support surface (7B) which is connected with the attachment plate, wherein an included angle quaomega between the attachment surface (7A) and the support surface (7B) (or extension surfaces of the attachment surface (7A) and the support surface (7B) meets the following requirements: omega is more than or equal to 180 degrees and less than or equal to 180 degrees and alpha-gamma +7 degrees, the included angle between the extending surface of the solar photovoltaic panel (5) and the extending surface of the attachment surface (7A) is between 0 degree and plus or minus 7 degrees,
the bottom of the mark body is assembled on the supporting surface (7B) through a fastener (8) and is assembled with the bracket (7) to form a contour mark whole body.
Furthermore, the light emitting part (1 t) of the mark front face (1A) is a transparent convex dot matrix which is arranged into patterns, characters or symbols, the convex dot matrix is provided with an optical structure with a light gathering function or a diffusing function, and an Led light emitting body (2) is arranged below the convex dot matrix; or the light-emitting part (1 t) of the mark front face (1A) is a light-transmitting lug which is provided with one or two or more light-transmitting lugs which protrude out of the mark front face (1A) and is in a pattern (such as a geometric shape) or a character or a symbol, and an Led light-emitting body (2) is arranged below the light-transmitting lug.
Furthermore, a long afterglow luminous body (9) which can be excited by the Led luminous body (2) to emit light is arranged in the containing cavity (1 q) or the containing groove (1 z) below the luminous part (1 t) of the mark front face (1A) (thereby having the long afterglow luminous function).
Furthermore, a limiting (positioning) supporting component (1 x) is arranged in the accommodating cavity (1 q) of the shell (1) and used for positioning components such as the Led luminous body (2).
Furthermore, an Led luminous body (2) which emits light towards the side direction or/and the back direction (opposite to the forward direction) is further arranged on the shell (1) or/and in the containing cavity (1 q) or the containing groove (1 z) of the shell (1) (so as to achieve the multi-direction light emitting function and expand the application).
Furthermore, both ends of the long side face (1B) are also provided with light emitting parts (1 t), and Led luminous bodies (2) such as the Led luminous bodies (2) with the light projecting function are arranged below the light emitting parts (1 t).
Furthermore, the shell (1) is an assembly body comprising a transparent luminous part (1 t) assembly, and is combined with the Led luminous body (2), the control and drive circuit (4), the solar photovoltaic panel (5) and the energy storage element (6) to form a waterproof identification body by packaging a bottom shell and a fastener and combining waterproof sealing materials;
or the shell (1) is an injection molding transparent forming shell (preferably PC or acrylic material) with a containing cavity (1 q) with an opening at the bottom or a containing groove (1 z) with an opening at the bottom, and is combined with the Led luminous body (2), the control and drive circuit (4), the solar photovoltaic panel (5) and the energy storage element (6) to form a waterproof identification body by packaging a bottom shell and a fastener and combining waterproof sealing materials;
or the shell (1) is an assembly body comprising a transparent luminous part (1 t) assembly, and a waterproof identification body is formed by combining a packaging adhesive forming body, the Led luminous body (2), the control and drive circuit (4), the solar photovoltaic panel (5) and the energy storage element (6);
or the shell (1) is an injection molding transparent forming shell with a containing cavity (1 q) with an opening at the bottom or a containing groove (1 z) with an opening at the bottom, and the shell is combined with the LED luminous body (2), the control and drive circuit (4), the solar photovoltaic panel (5) and the energy storage element (6) through a packaging adhesive forming body to form a mark body with a waterproof function.
Furthermore, the long side face (1B) extends to form an extension part (1 BC) at the intersection part with the supporting bottom part (1C), the extension part (1 BC) is provided with an extension part (1 BC) protruding out of the supporting bottom part (1C), the extension part (1 BC) is provided with an extension accommodating groove (1 z), and a solar photovoltaic panel (5) is arranged in the extension accommodating groove (1 z) (so as to further increase the area of the photovoltaic panel and improve the power generation efficiency).
Furthermore, the mark front face (1A) extends at the intersection part of the mark front face and the short side face (1D) to form a first extension edge (1 AD), and a retroreflection layer (3) (the retroreflection area is enlarged so as to increase the retroreflection effect) is arranged on the first extension edge (1 AD);
or the mark front face (1A) extends at the intersection part of the mark front face and the other two symmetrical side faces to form a second extension edge, and a retro-reflection layer (3) is arranged on the second extension edge.
Furthermore, the containing cavity (1 q) or the containing groove (1 z) is provided with a structural reinforcing rib (1 j) on the inner side wall, and the structural reinforcing rib (1 j) is arranged between the extension expanding part (1 BC) and the supporting bottom part (1C).
Furthermore, be equipped with structure strengthening rib (1 j) between extension limit one (1 AD) and short lateral surface (1D), perhaps extension limit two be equipped with structure strengthening rib (1 j) with other two symmetrical sides between.
Furthermore, a packaging adhesive forming body (full filling) with the leveling and curing surface height being flush with the bottom surface of the outer contour of the supporting bottom (1C) is arranged in the accommodating cavity (1 q) of the shell (1), or a packaging adhesive forming body (not full filling) with the leveling and curing surface height being higher than the bottom surface of the supporting bottom (1C) is arranged in the accommodating cavity (1 q) of the shell (1).
Furthermore, a partition body (1 g) is arranged in the accommodating cavity (1 q) of the shell (1), a plurality of partitions are formed, and the structure reinforcing effect is achieved.
Further, a partition body (1 g) is arranged in the accommodating cavity (1 q) of the shell (1) and forms a plurality of partitions, and an encapsulation adhesive forming body is arranged in all the partitions or in part of the partitions, for example: the subareas provided with the LED luminous body (2), the control and drive circuit (4) and the energy storage element (6) are internally provided with a packaging adhesive layer, and the other subareas can be not provided with the packaging adhesive layer so as to save packaging materials,
the packaging glue forming bodies in the partitions are packaging glue forming bodies with the same hardness, or the packaging glue forming bodies in the partitions are packaging glue forming bodies with different hardness, or the packaging glue forming bodies in the partitions are packaging glue forming bodies with the same thickness, or the packaging glue forming bodies in the partitions are packaging glue forming bodies with different thicknesses;
or the packaging adhesive forming body in the accommodating cavity (1 q) of the shell (1) is a layered packaging adhesive forming body,
wherein, the encapsulation of each layer is the encapsulation glue film that the hardness is the same, or the encapsulation of each layer is the encapsulation glue film that the hardness is different, or the encapsulation of each layer is the encapsulation glue film that thickness is the same, or the encapsulation of each layer is the encapsulation glue film that thickness is different.
Furthermore, a separating body (1 g) is arranged between the surrounding edge of a fixing hole (1 k) in the accommodating cavity (1 q) of the shell (1) and the long side surface (1B), so that two symmetrical triangular partitions are formed below two base angle positions of the isosceles trapezoid marking the front surface (1A);
or a partition body (1 g) connected with the two symmetrical side surfaces is arranged on one side of the containing cavity (1 q) of the shell (1) close to the short side surface (1D) and forms a partition.
Furthermore, the control and drive circuit (4) is a control and drive circuit with the function of controlling and driving the Led luminous body (2) to emit light in a normal-bright mode or a stroboscopic mode with a certain period and a duty ratio or a time sequence mode; or the control and drive circuit (4) is a control and drive circuit with wireless transceiving function (wireless control); or the control and drive circuit (4) is also connected with a sensor (infrared, radar and the like) and has the function of controlling light emission by the sensor.
Furthermore, the Led luminous body (2) is an LED patch lamp or a vertical packaged straw hat-shaped LED lamp bead.
Furthermore, the retro-reflection layer (3) is a micro-prism type reflecting film or a prism type crystal lattice plate.
Further, the bracket (7) is a bracket with a double-sided angle and a cross section (or overlook) of an isosceles triangle or an isosceles trapezoid, or a bracket with a single-sided angle and a cross section of a shape of 12581or a C shape.
Furthermore, the bracket (7) is a single-side angle bracket provided with an assembly hole for assembling the mark body or an installation hole or an installation groove for installing the waveform guardrail, and the mark body is assembled on a single-side supporting surface (7B) of the single-side angle bracket to form a single-side luminous and reflective delineator;
or the bracket (7) is a double-sided angle bracket with an assembly hole for assembling a mark body or an installation hole or an installation groove for installing the waveform guardrail, the single-sided supporting surface (7B) of the double-sided angle bracket is assembled with the mark body to form a single-sided luminous reflective delineator, or the double-sided supporting surface (7B) of the double-sided angle bracket is respectively assembled with the mark body to form a double-sided luminous reflective delineator.
The utility model has the main advantages that: compared with the existing similar products, the solar photovoltaic panel has the advantages of larger area, more excellent luminous performance and light reflecting performance, collision prevention, higher structural strength and longer service life, can save more material (mainly referring to packaging adhesive) cost, and can endow new functions to the solar photovoltaic panel.
Drawings
Figure 1 is a schematic front structural view of the utility model,
FIG. 2 is a schematic top view of the isosceles trapezoid center axis section with the built-in accommodation groove of the present invention,
figure 3 is a schematic top view of the present invention,
figure 4 is a schematic diagram of an explosive structure according to a first embodiment of the present invention,
figure 5 is a schematic top view of a first embodiment of the present invention,
figure 6 is a schematic view of the bottom (inverted) structure of the housing according to the first embodiment of the present invention,
figure 7 is a schematic diagram of an exploded structure of a second embodiment of the present invention,
figure 8 is a schematic top view of a second embodiment of the present invention,
figure 9 is a schematic diagram of an explosion structure of a third embodiment of the present invention,
figure 10 is a schematic top view of a third embodiment of the present invention,
figure 11 is a schematic bottom (inverted) view of the housing according to the third embodiment of the present invention,
figure 12 is a schematic diagram of an explosion structure of the fourth embodiment of the present invention,
figure 13 is a schematic top view of a fourth embodiment of the present invention,
figure 14 is a schematic bottom (inverted) structure of the housing according to the fourth embodiment of the present invention,
figure 15 is a bottom structure diagram of the marking body according to the fourth embodiment of the present invention,
figure 16 is an exploded view of the fifth embodiment of the present invention,
figure 17 is a schematic top view of the fifth embodiment of the present invention,
fig. 18 is a schematic diagram of an inverted three-dimensional structure of a housing according to a fifth embodiment of the present invention;
figure 19 is a schematic diagram of an explosion structure of a sixth embodiment of the present invention,
figure 20 is a schematic top view of a sixth embodiment of the present invention,
figure 21 is a schematic diagram of an inverted three-dimensional structure of a housing according to a sixth embodiment of the present invention,
figure 22 is a schematic diagram of an exploded structure of a seventh embodiment of the present invention,
figure 23 is a schematic top view of the seventh embodiment of the present invention,
figure 24 is a schematic view of the bottom (inverted) structure of the housing according to the seventh embodiment of the present invention,
figure 25 is a schematic diagram of an inverted three-dimensional structure of a housing according to a seventh embodiment of the present invention,
figure 26 is an exploded view of an eighth embodiment of the present invention,
figure 27 is a schematic top view of an eighth embodiment of the present invention,
figure 28 is a schematic view of the inverted three-dimensional structure of the housing according to the eighth embodiment of the present invention,
fig. 29 is a schematic view of the top view structure of the section along the isosceles trapezoid middle axis with the external containing groove of the present invention.
Detailed Description
Examples of the present invention will be described with reference to the drawings (for convenience of explanation, the most typical transparent injection molded case is taken as an example of implementation, but does not affect the scope of the embodiments).
Example one
An attached solar light-emitting reflective trapezoidal delineator, comprising: a shell (110), an LED luminous body (120), a retro-reflective layer (130), a control and drive circuit (140), a solar photovoltaic panel (150), an energy storage element (160), a bracket (170) and a fastener (180), as shown in figures 4 to 6,
casing (110) mould plastics the casing for transparent PC or ya keli, for acting as the isosceles trapezoid's of sign face sign positive (110A), intersect with sign positive (110A) isosceles trapezoid's longer base position and with sign positive (110A) extension face's contained angle alpha be 112 long side (110B) about, intersect with sign positive (110A) isosceles trapezoid's shorter base position and be 90 short side (110B) about with the contained angle two beta of sign positive (110A) extension face, and the half-closed shell structure that the relative and symmetrical side that two extension faces intersect and be the acute angle enclosed has bottom open-ended holding chamber (110 q) and storage tank (110 z), the lateral wall of the casing of moulding plastics and the border of fixed orifices (110 k) act as the partial structure that supports bottom (110C).
The length of the longer bottom edge of the mark front face (110A) is 11cm to 13cm, the length of the shorter bottom edge of the mark front face is 5cm to 6.5cm, the length of the two waists of the mark front face is 8cm to 9cm, the mark front face (110A) and the outer contour bottom face of the support bottom (110C) opposite to the mark front face are parallel, and the distance between the mark front face and the outer contour bottom face of the support bottom (110C) (namely the thickness of the shell (110 x)) is 2.5cm to 5cm.
The central point of sign front (110A) is equipped with and protrudes its surperficial 2mm to 4mm and is circular triangle's printing opacity outer convex part (110 t), be equipped with on the printing opacity outer convex part (110 t) and arrange the lattice arch that is triangle-shaped, have spotlight structure on it, the below of printing opacity outer convex part (110 t) is equipped with and is circular triangle's limit support frame (110 x), led luminous element (120) adopt triangle-shaped LED paster lamp plate to fix on limit support frame (110 x) and make every LED lamp pearl be located the below of the bellied spotlight structure of lattice.
Sign front (110A) extend 0.8cm to 2.5cm and form extension limit first (110 AD) with short side (110D) intersection position, sign front (110A) extend 0.1cm to 1cm and form extension limit second with the intersection position of two other symmetrical sides for set up retro-reflecting layer (130) of bigger area, with increase retro-reflecting effect, extension limit first (110 AD) and short side (110D) between, all be equipped with structure strengthening rib (110 j) between extension limit second and the above-mentioned both sides face, with reinforced structure intensity.
Two sides of the light-transmitting outer convex part (110 t) close to two sides of the isosceles trapezoid are provided with a circular fixing hole (110 k) penetrating through the mark front surface (110A) and the support bottom (110C), other areas on the mark front surface (110A) are adhered with a die-adhered type microprism reflective film formed by carving or stamping and forming to serve as a retroreflective layer (130), and a plurality of lattice reflective units serving as retroreflective layers (130) can be formed on the inner bottom surface of the transparent surface layer of the mark front surface (110A) by means of injection molding.
The inner side of the long side face (110B) of the shell (110) is provided with a separating body (110 g) close to the long side face (110B) to form a containing groove (110 z) with the length of 9cm to 12cm and the width of 5mm to 10mm, the solar photovoltaic panel (150) is arranged, a separating body (110 g) is arranged between the surrounding edge of a fixing hole (110 k) in the containing cavity (110 q) and the containing groove (110 z), so that two symmetrical small triangular partitions for marking the lower parts of two base angle positions of an isosceles trapezoid of the front face (110A) and a large partition at the central part are separated, the separating body (110 g) serves as a middle part structure of the supporting bottom (110C), the structural strength can be increased, the space can be reserved in the two small triangular partitions to save packaging materials, and the large partition at the middle part is used for embedding components such as a control and driving circuit (140), an energy storage element (160) and the like.
The solar photovoltaic panel (150) is fixed in the accommodating groove (110 z) through a transparent packaging adhesive by adopting a monocrystalline silicon solar photovoltaic panel, and is connected with the control and drive circuit (140) and the energy storage element (160) in the large partition through a circuit through groove, then the large partition is encapsulated through epoxy resin packaging adhesive or polyurethane packaging adhesive or organic silicon resin packaging adhesive and is solidified and leveled to form the identification body with a waterproof function, the control and drive circuit (140) adopts a singlechip control and drive circuit which can control a light emitting mode (such as a normal bright light emitting mode or a stroboscopic light emitting mode or a time sequence light emitting mode with a certain period and a certain duty ratio) of an LED light emitting body (120), and the energy storage element (160) adopts a lithium battery.
The bracket (170) is an attachment plate with an attachment surface (170A) with a hole for installing and fixing the waveform guardrail and a v 12581shaped section metal plate angle forming component with a support plate (170B) which is connected with the attachment surface (170A) and intersects with an extension surface of the attachment surface (170A) at an included angle of four omega about 68 degrees for installing and fixing the bottom of the sign body and is provided with an open slot, a bolt or a rivet is used as a fastener (180) to be inserted into a fixing hole (110 k) of the shell (110), penetrates through a support bottom (110C) of the shell and penetrates through a fastening hole of the attachment surface (170A) to assemble the sign body and the bracket (170) into a single-sided luminous reflective delineator, and after the assembly, the long side surface (110B) is approximately parallel to the extension surface of the attachment surface (170A) (controlled within an error range of +/-3 degrees).
The trapezoidal profile mark of reflection of light of attached type solar energy of this embodiment fixes the support on the waveform guardrail through the connecting piece during use, and trapezoidal profile mark's shorter side is close to the waveform guardrail, and longer side is facing road width direction to make its sign openly be vertical trapezoidal with certain angle facing vehicle advancing direction. Compared with the existing similar products, the solar photovoltaic panel has the advantages of effectively enlarged area, superior luminous performance and reflective performance, collision prevention, higher structural strength, longer service life and capability of saving material (mainly packaging adhesive) cost.
Example two
An attached solar light-emitting reflective trapezoidal delineator, comprising: a shell (210), an LED luminous body (220), a retro-reflective layer (230), a control and drive circuit (240), a solar photovoltaic panel (250), an energy storage element (260), a bracket (270) and a fastener (280), as shown in figures 7 and 8,
casing (210) be transparent PC or ya keli casing of moulding plastics, for acting as the isosceles trapezoid's of sign face sign positive (210A), intersect with sign positive (210A) isosceles trapezoid's longer base position and with sign positive (210A) extension face's contained angle alpha be long side (210B) about 110, intersect with sign positive (210A) isosceles trapezoid's shorter base position and be short side (210B) about 90 with sign positive (210A) extension face's contained angle two beta, and the half-closed shell structure that the relative and symmetrical side that two extension faces intersect and be the acute angle encloses and have bottom open-ended holding chamber (210 q) and storage tank (210 z).
The length of the longer bottom edge of the mark front face (210A) is 9.5cm to 13cm, the length of the shorter bottom edge of the mark front face is 4.5cm to 6cm, the length of the two waists of the mark front face is 7.5cm to 9cm, the included angle trigy of the extending surface of the mark front face (210A) and the outer contour bottom surface of the support bottom (210C) opposite to the mark front face is about 10 degrees, and the distance between the mark front face and the support bottom face (210A) (namely the thickness of the shell (210 x)) is 3.5cm to 5cm close to the long side face (210B) and 2.9cm to 4.1cm close to the short side face (210D).
The central point of sign front (210A) is equipped with and protrudes its surperficial 2.5mm to 3.5mm and is circular bead triangle's printing opacity outer convex part (210 t), be equipped with on printing opacity outer convex part (210 t) and arrange the lattice arch that is triangle-shaped, have spotlight structure on it, the below of printing opacity outer convex part (210 t) is equipped with and is circular bead triangle's spacing supporting frame (210 x), led luminous element (220) adopt triangle-shaped LED paster lamp plate to fix on spacing supporting frame (210 x) and make every LED lamp pearl be located the below of the bellied spotlight structure of lattice.
Sign front (210A) extend 1cm to 2cm and form extension limit first (210 AD) with short side (210D) intersection position, sign front (210A) extend 0.2cm to 0.8cm and form extension limit second with the intersection position of other two symmetrical sides for set up retro-reflective layer (230) of bigger area, in order to increase retro-reflective effect, extend between extension limit first (210 AD) and short side (210D), extend and all be equipped with structure strengthening rib (210 j) between extension limit second and the above-mentioned both sides face, in order to strengthen the structure.
Two sides of the light-transmitting outer convex part (210 t) close to two sides of the isosceles trapezoid are provided with a circular fixing hole (210 k) penetrating through the mark front surface (210A) and the support bottom (210C), and the rest areas on the mark front surface (210A) are adhered with a die-adhered micro-prism reflective film which is formed by engraving or punching and is used as a retro-reflective layer (230).
The inner side of the long side surface (210B) of the shell (210) is provided with a separating body (210 g) close to the long side surface (210B) to form a containing groove (210 z) with the length of 8.5cm to 12cm and the width of 6mm to 9mm for arranging a solar photovoltaic panel (250), the separating body (210 g) is arranged between the surrounding edge of a fixing hole (210 k) in the containing cavity (210 q) and the containing groove (210 z), so that two symmetrical triangular small subareas which mark the lower parts of two base angle positions of an isosceles trapezoid of the front surface (210A) and a large subarea at the central part are separated, the structural strength can be increased, the space can be reserved in the two triangular small subareas to save packaging materials, the large subarea at the central part is used for embedding a control and drive circuit (240) and an energy storage element (260),
the solar photovoltaic panel (250) is fixed in the accommodating groove (210 z) through a transparent packaging adhesive by adopting a monocrystalline silicon solar photovoltaic panel, and is connected with a control and drive circuit (240) and an energy storage element (260) in a large partition through a circuit through groove, then the large partition is encapsulated through epoxy resin packaging adhesive or polyurethane packaging adhesive or organic silicon resin packaging adhesive and is solidified and leveled to form a mark body with a waterproof function, the control and drive circuit (240) adopts a singlechip control and drive circuit which can control a light emitting mode (such as a normal bright light emitting mode or a stroboscopic light emitting mode or a time sequence light emitting mode with a certain period and a certain duty ratio) of an LED light emitting body (220), and the energy storage element (260) adopts a lithium battery.
The bracket (270) is an attachment plate with an attachment surface (270A) with a hole for installing and fixing the waveform guardrail and a steel plate angle forming component with a 12581type section, wherein the attachment plate is connected with the attachment surface (270A) and intersected with an extension surface of the attachment surface (270A) at an included angle of four omega ranging from 45 degrees to 65 degrees, the support plate is used for a support surface (270B) with an open slot for assembling and fixing the bottom of the identification body, a bolt or a rivet is used as a fastener (280) and inserted into a fixing hole (210 k) of the shell (210), penetrates out of a support bottom (210C) of the shell and penetrates through a hole of the attachment surface (270A) to fasten the identification body and the bracket (270) to form a single-side luminous and reflective outline sign whole, and after the assembly, the included angle between a long side surface (210B) and the extension surface of the attachment surface (270A) is +/-5 degrees.
The trapezoidal profile mark of reflection of light of attached type solar energy of this embodiment fixes the support on the waveform guardrail through the connecting piece during use, and trapezoidal profile mark's shorter side is close to the waveform guardrail, and longer side is facing road width direction to make its sign openly be vertical trapezoidal with certain angle facing vehicle advancing direction. Compared with the existing similar products, the solar photovoltaic panel has the advantages of effectively enlarging the area of the solar photovoltaic panel, being superior in luminous performance and light reflection performance, preventing collision, being higher in structural strength and longer in service life, and being capable of saving material (mainly referring to packaging adhesive) cost.
EXAMPLE III
An attached solar light-emitting reflective trapezoidal delineator, comprising: a shell (310), an LED luminous body (320), a retro-reflection layer (330), a control and drive circuit (340), a solar photovoltaic panel (350), an energy storage element (360), a bracket (370), a fastener (380) and a long afterglow luminous body (390), as shown in figures 9 to 11,
the shell (310) is a transparent PC or acrylic injection molding shell, and comprises an isosceles trapezoid identification front face (310A) serving as an identification face, a long side face (310B) intersecting with a long bottom edge part of the isosceles trapezoid identification front face (310A) and forming an included angle alpha with an extension face of the identification front face (310A) of about 112 degrees, a short side face (310B) intersecting with a short bottom edge part of the isosceles trapezoid identification front face (310A) and forming an included angle beta with an extension face of the identification front face (310A) of about 90 degrees, and a semi-closed shell structure which is formed by intersecting opposite and symmetrical side faces of the other two extension faces and forming an acute angle and is provided with a containing cavity (310 q) with an opening at the bottom and a containing groove (310 z), wherein side walls of the injection molding shell and a side ring of a fixing hole (310 k) serve as a partial structure for supporting the bottom (310C).
The length of the longer bottom edge of the mark front face (310A) is 9cm to 12cm, the length of the shorter bottom edge of the mark front face is 4.8cm to 6.2cm, the length of the two waists of the mark front face is 7.2cm to 9.2cm, the extension planes of the mark front face (310A) and the outer contour bottom face of the support bottom (310C) opposite to the mark front face are parallel, and the distance between the mark front face (310A) and the outer contour bottom face of the support bottom (310C) (namely the thickness of the shell (310 x)) is 2.5cm to 5cm.
The central part of the mark front face (310A) is provided with a light-transmitting convex part (310 t) which protrudes the surface of the mark front face (310A) by 3mm to 4mm and is in a shape of two rows of parallel straight lines, the light-transmitting convex part (310 t) is provided with lattice protrusions which are arranged in a straight line and are provided with a light diffusion structure, a strip-shaped groove which is surrounded by a limit supporting frame (310 x) and is used for arranging the long afterglow luminophor (390) is arranged below the light-transmitting convex part (310 t), wherein the long afterglow luminophor (390) adopts SrAl 2 O 4 ：Eu 2+ ，Dy 3+ Pouring solidified formed part (or moulding long afterglow luminous powder, transparent epoxy resin and assistant) after mixingAnd the LED luminous bodies (320) are fixed below the long afterglow luminous bodies (390) on the limiting supporting frame (310 x) by adopting an LED patch lamp panel.
The long afterglow luminophor (390) is not arranged, and only has Led luminescence function.
Sign front (310A) extend 1cm to 2.5cm at the position of crossing with short side (310D) and form extension limit (310 AD) for set up retroreflective layer (330) of bigger area, in order to increase contrary reflective effect, be equipped with structure strengthening rib (310 j) between extension limit (310 AD) and short side (310D), in order to strengthen structural strength.
Two sides of the light-transmitting outer convex part (310 t) close to two sides of the isosceles trapezoid are provided with a circular fixing hole (310 k) penetrating through the mark front face (310A) and the support bottom (310C), the rest areas on the mark front face (310A) are adhered with a die-attaching type microprism reflective film serving as a retroreflective layer (330), and a plurality of lattice reflective units serving as retroreflective layers (330) can be injection molded on the inner bottom surface of the transparent surface layer of the mark front face (310A).
The inner side of the long side surface (310B) of the shell (310) is provided with a separating body (310 g) close to the long side surface (310B) to form a containing groove (310 z) with the length of 8cm to 10cm and the width of 5mm to 8mm for arranging a solar photovoltaic panel (350), a separating body (310 g) is arranged between the surrounding edge of a fixing hole (310 k) in a containing cavity (310 q) and the containing groove (310 z) so as to separate two symmetrical small triangular subareas which mark the lower parts of two base angle positions of an isosceles trapezoid of the front surface (310A) and a large subarea at the central part, the separating body (310 g) is used as a middle part structure of a supporting bottom (310C), the structural strength can be increased, the space can be reserved in the two small triangular subareas to save packaging materials, and the large subarea at the middle part is used for embedding a control and drive circuit (340) and an energy storage element (360),
the solar photovoltaic panel (350) is fixed in the accommodating groove (310 z) through transparent packaging glue by adopting a monocrystalline silicon solar photovoltaic panel, and is connected with the control and drive circuit (340) in the large partition and the energy storage element (360) through a circuit through groove, then the large partition is encapsulated through epoxy resin packaging glue or polyurethane packaging glue or organic silicon resin packaging glue and is solidified and leveled to form the identification body with a waterproof function, the control and drive circuit (340) adopts a singlechip control and drive circuit which can control a light emitting mode (such as a normal bright light emitting mode or a stroboscopic light emitting mode or a time sequence light emitting mode with a certain period and a certain duty ratio) of an Led light emitting body (320), and the energy storage element (360) adopts a lithium battery.
The bracket (370) is an attachment plate with an attachment surface (370A) with a hole for installing and fixing the waveform guardrail and a triangular section metal plate angle forming component with a support plate which is connected with the attachment surface (370A) and crossed with an extension surface of the attachment surface (370A) at an included angle of four omega about 68 degrees and is used for installing and fixing a support surface (370B) with an open slot at the bottom of the identification body, a bolt or a rivet is used as a fastener (380) to be inserted into a fixing hole (310 k) of the shell (310), penetrates out of a support bottom (310C) of the shell and penetrates through a hole of the attachment surface (370A) to be fastened so as to assemble the identification body and the bracket (370) into a contour mark whole, and after the assembly, the long side surface (310B) is approximately parallel to the extension surface of the attachment surface (370A) (controlled within an error range of +/-3 degrees).
Furthermore, the single-side luminous reflective delineator can be formed by assembling a mark on the single side of the bracket (370), or the double-side luminous reflective delineator can be formed by respectively installing marks on the double sides of the bracket (370).
The trapezoidal profile mark of reflection of light of attached type solar energy of this embodiment fixes the support on the waveform guardrail through the connecting piece during use, and trapezoidal profile mark's shorter side is close to the waveform guardrail, and longer side is facing road width direction to make its sign openly be vertical trapezoidal with certain angle facing vehicle advancing direction. Compared with the existing similar products, the solar photovoltaic panel has the advantages of effectively enlarging the area of the solar photovoltaic panel, being superior in luminous performance and light reflecting performance, preventing collision, being higher in structural strength and longer in service life, saving more material (mainly referring to packaging glue) cost, having a long-afterglow luminous function, being large in luminous angle and small in luminous energy consumption.
Example four
An attached solar light-emitting reflective trapezoidal delineator, comprising: a housing (410), LED luminaries (421) (422), a retroreflective layer (430), a control and driving circuit (440), a solar photovoltaic panel (450), an energy storage element (460), a bracket (470), and fasteners (480), as shown in fig. 12-15,
casing (410) be transparent PC or ya keli casing of moulding plastics, for acting as the isosceles trapezoid's of sign face sign front (410A), intersect with sign front (410A) isosceles trapezoid's longer base position and with sign front (410A) the contained angle alpha of the extension face of (410A) about 107 long side (410B), intersect with sign front (410A) isosceles trapezoid's shorter base position and be 90 short side (410B) with the contained angle two beta of the extension face of sign front (410A) 90, and the half-closed shell structure that the relative and symmetrical side that two extension faces intersect and be the acute angle enclosed has bottom open-ended holding chamber (410 q) and storage tank (410 z), the lateral wall of the casing of moulding plastics and the border of fixed orifices (410 k) act as the partial structure who supports bottom (410C).
The length of the longer bottom edge of the mark front face (410A) is 11cm to 13cm, the length of the shorter bottom edge of the mark front face is 5cm to 6.5cm, the length of the two waists of the mark front face is 8.5cm to 10cm, the mark front face (410A) and the outer contour bottom face of the support bottom (410C) opposite to the mark front face are parallel, and the distance (namely the thickness of the shell (410 x)) between the mark front face and the outer contour bottom face is 3cm to 6.5cm.
The central point of sign front (410A) is equipped with and projects its surperficial 3mm to 4mm and is round triangle's printing opacity outer convex part (410 t), be equipped with on the printing opacity outer convex part (410 t) and arrange the dot matrix arch that is triangle-shaped, have spotlight structure on it, the below of printing opacity outer convex part (410 t) is equipped with and is round triangle's spacing support frame (410 x), led luminous element (421) adopt triangle-shaped LED paster lamp plate to fix on spacing support frame (410 x) and make every LED lamp pearl be located the below of the bellied spotlight structure of dot matrix.
Sign front (410A) extend 1.1cm to 2cm and form extension limit first (410 AD) with short side (410D) intersection position, sign front (410A) extend 0.2cm to 0.8cm and form extension limit second with the intersection position of other two symmetrical sides for set up retro-reflective layer (430) of bigger area, with increase retro-reflective effect, extend between extension limit first (410 AD) and short side (410D), extend and all be equipped with structure strengthening rib (410 j) between extension limit second and the above-mentioned both sides face, with reinforcing structure intensity.
The two sides of the light-transmitting outer convex part (410 t) close to the two sides of the isosceles trapezoid are provided with a circular fixing hole (410 k) penetrating through the front surface (410A) of the mark and the supporting bottom (410C), and the rest area on the front surface (410A) of the mark is adhered with a die-attaching type microprism reflective film serving as a retro-reflective layer (430).
The inner side of the long side surface (410B) of the shell (410) is provided with a separator (410 g) close to the long side surface (410B) to form a containing groove (410 z) with the length of 9.5cm to 11.5cm and the width of 6mm to 9mm for arranging a solar photovoltaic panel (450), a separator (410 g) is arranged between the surrounding edge of a fixing hole (410 k) in the containing cavity (410 q) and the containing groove (410 z) so as to separate two symmetrical triangular subareas close to the two base angle positions of the isosceles trapezoid of the mark front surface (410A) and a large subarea at the central part, two small triangular subareas with a threading groove are respectively arranged in the two triangular subareas and are connected with the long side surface (410B) and the adjacent side surface, thereby two symmetrical small triangular subareas under the two base angle positions of the isosceles trapezoid of the mark front surface (410A) are continuously separated in the two triangular subareas, the separator (410 g) is used as a middle part structure for supporting the bottom part (410C), the separator can not only increase the structural strength, but also can be used for arranging a straw hat which is used as a back luminous body to be used as an energy storage part (422) for packaging, and a large circuit for saving a luminous body (460) and a large subarea for controlling a large circuit (440) and a large LED element is arranged at the middle part for embedding part,
the solar photovoltaic panel (450) is fixed in a containing groove (410 z) through transparent packaging glue by adopting a monocrystalline silicon solar photovoltaic panel, and is connected with a control and drive circuit (440) and an energy storage element (460) in a large partition through a circuit through groove, then the large partition is encapsulated and solidified and leveled into a mark body with a waterproof function through epoxy resin packaging glue or polyurethane packaging glue or organic silicon resin packaging glue, the control and drive circuit (440) adopts a singlechip control and drive circuit which can respectively control LED luminous bodies (421) and (422) luminous modes (such as a normal-bright luminous mode or a stroboscopic luminous mode or a time sequence luminous mode with a certain period and duty ratio), and the energy storage element (460) adopts a lithium battery.
The bracket (470) is an attachment plate with an attachment surface (470A) with a hole for installing and fixing the corrugated guardrail and a v 12581shaped section metal plate angle forming component with a support surface (470B) which is connected with the attachment surface (470A) and intersects with the extension surface of the attachment surface (470A) at an included angle of four omega of about 73 degrees and is used for installing and fixing the bottom of the sign body and is provided with an open slot, a bolt or a rivet is used as a fastener (480) to be inserted into a fixing hole (410 k) of the shell (410), penetrates through the support bottom (410C) of the shell and penetrates through a fastening hole of the attachment surface (470A) to assemble the sign body and the bracket (470) into a single-side luminous and reflective outline sign body, and after the assembly, the long side surface (410B) is approximately parallel to the extension surface of the attachment surface (470A) (controlled within an error range of +/-3 degrees).
The trapezoidal profile mark of reflection of light of attached type solar energy of this embodiment fixes the support on the waveform guardrail through the connecting piece during use, and trapezoidal profile mark's shorter side is close to the waveform guardrail, and longer side is facing road width direction to make its sign openly be vertical trapezoidal with certain angle facing vehicle advancing direction. Compared with the existing similar products, the solar photovoltaic panel has the advantages that the area of the solar photovoltaic panel is effectively enlarged, the solar photovoltaic panel has the double-sided light emitting function of the front surface and the back surface, the light emitting performance and the light reflecting performance are superior, the collision is prevented, the structural strength is higher, the service life is longer, and the material (mainly referred to as packaging adhesive) cost can be saved.
EXAMPLE five
An attached solar light-emitting reflective trapezoidal delineator, comprising: housing (510), LED luminary (520), retroreflective layer (530), control and drive circuitry (540), solar photovoltaic panel (550), energy storage element (560), support (570), fasteners (580), as shown in figures 16 to 18,
the casing (510) be transparent PC or ya keli casing of moulding plastics, for acting as the sign face isosceles trapezoid's sign front (510A), intersect with sign front (510A) isosceles trapezoid's longer base position and with sign front (510A) the contained angle alpha of the extension face of extension face about 110 degrees, intersect with sign front (510A) isosceles trapezoid's shorter base position and with sign front (510A) the contained angle two beta of the extension face of 90 degrees short side (510B), and two remaining extension faces intersect and be the half-enclosed shell structure of relative and symmetrical side that the acute angle formed and have bottom open-ended holding chamber (510 q) and storage tank (510 z), the lateral wall of the casing of moulding plastics and the limit circle of fixed orifices (510 k) act as the partial structure who supports bottom (510C).
The length of the longer bottom edge of the mark front face (510A) is 10.5cm to 12.5cm, the length of the shorter bottom edge of the mark front face is 5.5cm to 6.5cm, the length of the two waists of the mark front face is 8.5cm to 10cm, the mark front face (510A) and the outer contour bottom face of the support bottom (510C) opposite to the mark front face are parallel, and the distance (namely the thickness of the shell (510 x)) between the mark front face and the outer contour bottom face is 2.5cm to 6cm.
The central part of sign front (510A) is equipped with and protrudes its surface 4mm to 4.3mm and arranges the transparent dot matrix arch that is triangle-shaped and acts as printing opacity convex part (510 t), has spotlight structure on the transparent dot matrix arch, and its below is equipped with big gun barrel type limit support frame (510 x), and Led luminous element (520) adopt the straw hat lamp pearl to fix in big gun barrel type limit support frame (510 x).
The mark front face (510A) extends 1.2cm to 2.4cm from the intersection part of the mark front face and the short side face (510D) to form a first extension edge (510 AD) which is used for arranging a retro-reflection layer (530) with a larger area so as to increase the retro-reflection effect, and a structural reinforcing rib (510 j) is arranged between the first extension edge (510 AD) and the short side face (510D) so as to reinforce the structural strength;
the long side face (510B) extends 1cm to 10cm from the intersection position of the long side face (510B) and the supporting bottom (510C) to form an extension expansion part (510 BC), a containing groove (1 z) communicated with the long side face (510B) is formed in the extension expansion part (510 BC), so that a solar photovoltaic panel (550) with a larger area can be arranged, the power generation efficiency is improved, and a structural reinforcing rib (510 j) is arranged between the extension expansion part (510 BC) and the supporting bottom (510C) to reinforce the structural strength.
Two sides of the light-transmitting outer convex part (510 t) close to two sides of the isosceles trapezoid are provided with a circular fixing hole (510 k) penetrating through the mark front surface (510A) and the support bottom (510C), and the rest area on the mark front surface (510A) is adhered with a die-adhered micro-prism reflective film serving as a retro-reflective layer (530).
The inner side of the long side surface (510B) of the shell (510) is provided with a separating body (510 g) close to the long side surface (510B) to form a containing groove (510 z) with the length of 9.5cm to 11.5cm and the width of 6mm to 10mm for arranging the solar photovoltaic panel (550), a separating body (510 g) is arranged between the surrounding edge of a fixing hole (510 k) in the containing cavity (510 q) and the containing groove (510 z) so as to separate two symmetrical small triangular subareas which mark the lower parts of two base angle positions of an isosceles trapezoid of the front surface (510A) and a large subarea at the central part, the separating body (510 g) is used as a middle part structure of a supporting bottom part (510C), the structural strength can be increased, the space can be reserved in the two small triangular subareas to save packaging materials, the large subarea at the middle part is used for embedding a control and drive circuit (540) and an energy storage element (560),
the solar photovoltaic panel (550) is fixed in the accommodating groove (510 z) through a transparent packaging adhesive by adopting a monocrystalline silicon solar photovoltaic panel, and is connected with the control and drive circuit (540) and the energy storage element (560) in the large partition through a circuit through groove, then the large partition is packaged and solidified and leveled into a mark body with a waterproof function through epoxy resin packaging adhesive, polyurethane packaging adhesive or organic silicon resin packaging adhesive, the control and drive circuit (540) adopts a singlechip control and drive circuit which can control a light emitting mode (such as a normal bright light emitting mode or a stroboscopic light emitting mode or a time sequence light emitting mode with a certain period and duty ratio) of an LED light emitting body (520), and the energy storage element (560) adopts a lithium battery.
The bracket (570) is an attachment plate with an attachment surface (570A) with a hole for installing and fixing the waveform guardrail and a 12581type section metal plate angle forming component with a support plate with a support surface (570B) which is connected with the attachment surface (570A) and intersected with an extension surface of the attachment surface (570A) at an included angle of about 70 degrees and is provided with an open slot for installing and fixing the bottom of the identification body, a bolt or a rivet is used as a fastener (580) and inserted into a fixing hole (510 k) of the shell (510), penetrates out of a support bottom (510C) of the shell and penetrates through a hole of the attachment surface (570A) to fasten the identification body and the bracket (570) to be assembled into a single-side luminous and reflective outline sign whole, and after the assembly, the long side surface (510B) is approximately parallel to the extension surface of the attachment surface (570A) (controlled within an error range of +/-3 degrees).
The trapezoidal profile mark of reflection of light of attached type solar energy of this embodiment fixes the support on the waveform guardrail through the connecting piece during use, and trapezoidal profile mark's shorter side is close to the waveform guardrail, and longer side is facing road width direction to make its sign openly be vertical trapezoidal with certain angle facing vehicle advancing direction. Compared with the existing similar products, the solar photovoltaic panel with a larger area is provided, so that the solar photovoltaic panel has the advantages of higher power generation efficiency, more excellent light emitting performance and light reflecting performance, collision prevention, higher structural strength, longer service life and capability of saving material (mainly referring to packaging adhesive) cost.
EXAMPLE six
An attached solar light-emitting reflective trapezoidal delineator, comprising: a housing (610), an LED illuminator (620), a retroreflective layer (630), a control and drive circuit (640), a solar photovoltaic panel (650), an energy storage element (660), a bracket (670), and a fastener (680), as shown in FIGS. 19-21,
the casing (610) be transparent PC injection casing, for the mark front (610A) of the isosceles trapezoid that serves as the sign face, intersect with mark front (610A) isosceles trapezoid's longer base position and with mark front (610A) the contained angle alpha of the extension face of sign about 108 degrees long side (610B), intersect with mark front (610A) isosceles trapezoid's shorter base position and with mark front (610A) the contained angle two beta of the extension face of about 90 degrees short side (610B), and the half-closed casing structure that relative and symmetrical side that two extension faces intersect and be the acute angle encloses and has bottom open-ended holding chamber (610 q) and storage tank (610 z), the lateral wall of the injection casing and the border of fixed orifices (610 k) serve as the partial structure that supports bottom (610C).
The length of the longer bottom edge of the mark front face (610A) is 10cm to 12cm, the length of the shorter bottom edge of the mark front face is 5.5cm to 6.5cm, the length of the two waists of the mark front face is 8cm to 9cm, the mark front face (610A) and the outer contour bottom face of the support bottom (610C) opposite to the mark front face are parallel, and the distance [ namely the thickness of the shell (610 x) ] between the mark front face and the outer contour bottom face is 2.5cm to 5cm.
The central point that the sign is positive (610A) is equipped with and projects its surperficial 3mm to 4mm and is the trapezoidal printing opacity male part of fillet (610 t), be equipped with on the printing opacity male part (610 t) and arrange and be trapezoidal dot matrix arch, have the spotlight structure on it, the below of the outer convex part of printing opacity (610 t) is equipped with and is the trapezoidal limit support frame of fillet (610 x), led luminous element (620) adopt trapezoidal LED paster lamp plate to fix on limit support frame (610 x) and make every LED lamp pearl be located the below of the bellied spotlight structure of dot matrix.
The mark front face (610A) extends 1cm to 2.5cm from the intersection part of the mark front face and the short side face (610D) to form a first epitaxial expansion edge (610 AD) which is used for arranging a larger-area retroreflective layer (630) to increase the retroreflective effect, and a structural reinforcing rib (610 j) is arranged between the first epitaxial expansion edge (610 AD) and the short side face (610D) to strengthen the structure.
Two sides of the light-transmitting outer convex part (610 t) close to two sides of the isosceles trapezoid are provided with a circular fixing hole (610 k) penetrating through the front surface (610A) of the mark and the supporting bottom (610C), and the rest area on the front surface (610A) of the mark is adhered with a die-adhered micro-prism reflective film serving as a retro-reflective layer (630).
The inner side of the long side surface (610B) of the shell (610) is provided with a containing groove (610 z) with the length of 9cm to 10.5cm and the width of 5mm to 10mm for arranging a solar photovoltaic panel (650), a partition body (610 g) is arranged between the surrounding edge of a fixing hole (610 k) in the containing cavity (610 q) and the containing groove (610 z) so as to separate two symmetrical triangular small sub-areas and a large sub-area of the central part below two base angles of an isosceles trapezoid of the front surface (610A), the partition body (610 g) which is parallel to the short side surface (610D) is arranged on one side of the large sub-area close to the short side surface (610D) and forms a trapezoidal small sub-area, the partition body (610 g) is used as a middle part structure of a supporting bottom (610C), the structural strength can be increased, the space can be reserved between the two triangular small sub-areas and the trapezoidal small sub-areas so as to save packaging materials, and the other large sub-areas are used for embedding a control and drive circuit (640) and an energy storage element (660),
the solar photovoltaic panel (650) is fixed in the accommodating groove (610 z) through a transparent packaging adhesive by adopting a monocrystalline silicon solar photovoltaic panel, and is connected with the control and drive circuit (640) and the energy storage element (660) in the large partition through a circuit through groove, then the large partition is encapsulated and solidified and leveled into the identification body with a waterproof function through epoxy resin packaging adhesive or polyurethane packaging adhesive or organic silicon resin packaging adhesive, the control and drive circuit (640) adopts a singlechip control and drive circuit which can control a light-emitting mode (such as a normally bright light-emitting mode or a stroboscopic light-emitting mode or a time sequence light-emitting mode with a certain period and duty ratio) of an LED luminous body (620), and the energy storage element (660) adopts a lithium battery.
The bracket (670) is an attachment plate with an attachment surface (670A) with a hole for installing and fixing the corrugated guardrail and a v 12581shaped section metal plate angle forming component with a support plate (670B) which is connected with the attachment surface (670A) and intersects with an extension surface of the attachment surface (670A) at an included angle of four omega of about 72 degrees and is used for installing and fixing the bottom of the identification body, wherein the support plate is provided with an open slot, a bolt or a rivet is used as a fastener (680) to be inserted into a fixing hole (610 k) of the shell (610), penetrates out of a support bottom (610C) of the shell and penetrates through a fastening hole of the attachment surface (670A) to assemble the identification body and the bracket (670) into a single-side luminous and reflective delineator, and after the assembly, the long side surface (610B) is approximately parallel to the extension surface of the attachment surface (670A) (controlled within an error range of +/-3 degrees).
The trapezoidal profile mark of reflection of light of attached type solar energy of this embodiment fixes the support on the waveform guardrail through the connecting piece during use, and trapezoidal profile mark's shorter side is close to the waveform guardrail, and longer side is facing road width direction to make its sign openly be vertical trapezoidal with certain angle facing vehicle advancing direction. Compared with the existing similar products, the solar photovoltaic panel has the advantages of effectively enlarging the area of the solar photovoltaic panel, being superior in luminous performance and light reflection performance, preventing collision, being higher in structural strength and longer in service life, and being capable of saving material (mainly referring to packaging adhesive) cost.
EXAMPLE seven
An attached solar light-emitting reflective trapezoidal delineator, comprising: a shell (710), an LED luminous body (720), a retro-reflective layer (730), a control and drive circuit (740), a solar photovoltaic panel (750), an energy storage element (760), a bracket (770), a fastener (780) and a long afterglow luminous body (790), as shown in figures 22 to 25,
casing (710) be transparent PC or ya keli casing of moulding plastics, for the sign front (710A) that acts as the isosceles trapezoid of sign face, with sign front (710A) the crossing special-shaped long side (710B) that has concave-convex structure of the longer base position of isosceles trapezoid, intersect and be 90 degrees short side (710B) about with the contained angle two beta of the extension face of sign front (710A) that the shorter base position of isosceles trapezoid intersects and with sign front (710A), and the half-closed shell structure who has bottom open-ended holding chamber (710 q) and storage tank (710 z) that the crossing relative and symmetrical side that is the acute angle of two remaining extension faces encloses, the lateral wall of the casing of moulding plastics and the edge circle of fixed orifices (710 k) act as the partial structure that supports bottom (710C).
The length of the longer bottom edge of the mark front face (710A) is 11cm to 13cm, the length of the shorter bottom edge of the mark front face is 5cm to 6.5cm, the length of the two waists of the mark front face is 8cm to 9cm, the mark front face (710A) and the outer contour bottom face of the support bottom (710C) opposite to the mark front face are parallel, and the distance between the mark front face and the outer contour bottom face of the support bottom (710C) (namely the thickness of the shell (710 x)) is 2.5cm to 5cm.
The central part of the mark front face (710A) is provided with a light-transmitting convex part (710 t) which protrudes 2mm to 4mm from the surface of the mark front face and is in a rounded triangle shape, the light-transmitting convex part (710 t) is provided with lattice protrusions which are arranged in a triangle shape, a light diffusion structure is arranged on the light-transmitting convex part, a triangular groove which is surrounded by a limit support frame (710 x) and is used for arranging a long afterglow illuminant (790) is arranged below the light-transmitting convex part (710 t), wherein the long afterglow illuminant (790) adopts SrAl 2 O 4 ：Eu 2+ ，Dy 3+ The molded and cured part (which can be molded by casting in advance or directly cast into the strip-shaped groove for curing molding) after the long afterglow luminescent powder, the transparent epoxy resin and the auxiliary agent are mixed is adopted, and the LED luminous body (720) is fixed below the long afterglow luminous body (790) on the limiting supporting frame (710 x) by adopting an LED patch lamp panel.
The long afterglow luminophor (790) is not arranged, and only the Led luminescence function is provided.
The mark front face (710A) extends 0.8cm to 2.5cm from the intersection part of the mark front face and the short side face (710D) to form a first extension edge (710 AD), the mark front face (710A) extends 0.2cm to 1cm from the intersection part of the mark front face and the other two symmetrical side faces to form a second extension edge (710) for setting a larger-area retroreflection layer (730) to increase the retroreflection effect, and structural reinforcing ribs (710 j) are arranged between the first extension edge (710 AD) and the short side face (710D) and between the second extension edge and the two side faces to reinforce the structural strength.
The two sides of the light-transmitting outer convex part (710 t) close to the two sides of the isosceles trapezoid are provided with a circular fixing hole (710 k) penetrating through the mark front face (710A) and the support bottom (710C), the rest areas on the mark front face (710A) are adhered with a die-adhered type microprism reflective film which is formed by carving or punching to serve as a retroreflective layer (730), and a plurality of lattice reflective units which serve as the retroreflective layer (730) can also be formed on the inner bottom surface of the transparent surface layer of the mark front face (710A) by injection molding.
The outer side wall of the long side surface (710B) of the shell (710) is a special-shaped surface with a concave-convex structure, an open accommodating groove (710 z) with the length of 9cm to 12cm and the width of 5mm to 10mm is arranged on the special-shaped surface and is used for inserting a solar photovoltaic panel (750) and packaging the solar photovoltaic panel by transparent packaging adhesive,
a partition body (710 g) is arranged between the surrounding edge of the fixing hole (710 k) in the containing cavity (710 q) and the containing groove (710 z) so as to separate two symmetrical small triangular partition areas below two base angle positions of an isosceles trapezoid of the mark front surface (710A) and a large partition area at the central part, the partition body (710 g) is used as a middle part structure of the supporting bottom (710C), the structural strength can be increased, a space can be reserved between the two small triangular partition areas so as to save packaging materials, the large partition area at the middle part is used for embedding components such as a control and drive circuit (740), an energy storage element (760) and the like,
wherein, the solar photovoltaic panel (750) is fixed on the special-shaped containing groove (710 z) with an open outside by adopting a monocrystalline silicon solar photovoltaic panel through packaging glue, the solar photovoltaic panel (750) and the mark front surface (710A)
The included angle alpha of the extending surface is about 112 degrees, the extending surface is connected with a control and drive circuit (740) and an energy storage element (760) in a large partition through a circuit through groove, then the large partition is encapsulated by epoxy resin encapsulation glue or polyurethane encapsulation glue or organic silicon resin encapsulation glue and solidified and leveled to form a mark body with a waterproof function, the control and drive circuit (740) adopts a singlechip control and drive circuit which can control a light emitting mode (such as a normal light emitting mode or a stroboscopic light emitting mode or a time sequence light emitting mode with a certain period and a certain duty ratio) of an LED luminous body (720), and the energy storage element (760) adopts a lithium battery.
The bracket (770) is an attachment plate with an attachment surface (770A) with a hole for installing and fixing the corrugated guardrail and a v 12581shaped section metal plate angle forming component with a support surface (770B) which is connected with the attachment surface (770A) and intersects with an extension surface of the attachment surface (770A) at an included angle of four omega of about 68 degrees and is used for installing and fixing the bottom of the identification body, wherein the support surface is provided with an open slot, a bolt or a rivet is used as a fastening piece (780) and is inserted into a fixing hole (710 k) of the shell (710), penetrates out of a support bottom (710C) of the shell and penetrates through a fastening hole of the attachment surface (770A) to assemble the identification body and the bracket (770) into a contour mark whole, and after the assembly, the extension surface of the solar photovoltaic plate (750) is approximately parallel to the extension surface of the attachment surface (770A) (controlled within an error range of +/-3 degrees).
Furthermore, a mark body can be assembled on the single surface of the bracket (770) to form a single-surface luminous and reflective delineator, and marks can be respectively installed on the double surfaces of the bracket (770) to form double-surface luminous and reflective delineators.
The trapezoidal profile mark of reflection of light of attached type solar energy of this embodiment fixes the support on the waveform guardrail through the connecting piece during use, and trapezoidal profile mark's shorter side is close to the waveform guardrail, and longer side is facing road width direction to make its sign openly be vertical trapezoidal with certain angle facing vehicle advancing direction. Compared with the existing similar products, the solar photovoltaic panel has the advantages of effectively enlarged area, superior luminous performance and reflective performance, collision prevention, higher structural strength, longer service life, material (mainly packaging adhesive) cost saving, long-afterglow luminous function, large luminous angle and low luminous energy consumption.
Example eight
An attached solar light-emitting reflective trapezoidal delineator, comprising: housing (810), LED luminary (820), retroreflective layer (830), control and drive circuitry (840), solar photovoltaic panel (850), energy storage element (860), bracket (870), fasteners (880), as shown in figures 26-29,
casing (810) be transparent PC or ya keli casing of moulding plastics, for the mark front (810A) that acts as the isosceles trapezoid of sign face, with the long side (810B) that the longer base position of mark front (810A) isosceles trapezoid intersects, intersect with the short base position of mark front (810A) isosceles trapezoid and with the contained angle two beta of the extension face of mark front (810A) about 90 short side (810B), and the relative and symmetrical side that two extension faces intersect and be the acute angle that have bottom open-ended holding chamber (810 q) and the semi-closed shell structure of storage tank (810 z), the lateral wall of the casing of moulding plastics and the border of fixed orifices (810 k) act as the partial structure that supports bottom (810C).
The length of the longer bottom edge of the mark front face (810A) is 11cm to 13cm, the length of the shorter bottom edge of the mark front face is 5cm to 6.5cm, the length of the two waists of the mark front face is 8cm to 9cm, the mark front face (810A) and the outer contour bottom face of the support bottom (810C) opposite to the mark front face are parallel, and the distance between the mark front face (810A) and the outer contour bottom face of the support bottom (810C) (namely the thickness of the shell (810 x)) is 2.5cm to 5cm.
The central point of sign front (810A) is equipped with and protrudes its surperficial 2mm to 4mm and is circular bead triangle's printing opacity outer convex part (810 t), be equipped with on printing opacity outer convex part (810 t) and arrange the lattice arch that is triangle-shaped, have spotlight structure on it, the below of printing opacity outer convex part (810 t) is equipped with and is circular bead triangle's spacing support frame (810 x), led luminous element (820) adopt triangle-shaped LED paster lamp plate to fix on spacing support frame (810 x) and make every LED lamp pearl be located the below of the bellied spotlight structure of lattice.
The long side face (810B) extends 2cm to 10cm from the intersection position of the long side face and the supporting bottom (810C) to form an extension portion (810 BC), a square accommodating groove (810 z) which is sunken for 2mm to 7mm and is open to the outside is formed in the outer side of the extension portion (810 BC), the solar photovoltaic panel (850) is fixed on the square accommodating groove (810 z) through packaging glue, an included angle alpha formed by the solar photovoltaic panel (850) and the extension face of the marking front face (810A) is about 112 degrees, so that the solar photovoltaic panel (850) with a larger area can be arranged, the power generation efficiency is improved, and a structural reinforcing rib (810 j) is arranged between the extension portion (810 BC) and the supporting bottom (810C) to reinforce the structural strength.
Two sides of the light-transmitting outer convex part (810 t) close to two sides of the isosceles trapezoid are provided with a circular fixing hole (810 k) penetrating through the identification front face (810A) and the support bottom (810C), other areas on the identification front face (810A) are adhered with a die-adhered type microprism reflective film which is formed by carving or stamping and serves as a retroreflective layer (830), and a plurality of lattice reflective units which serve as the retroreflective layer (830) can be formed on the inner bottom surface of the transparent surface layer of the identification front face (810A) by injection molding.
The inner side of a long side face (810B) of a shell (810) is provided with a separating body (810 g) close to the long side face (810B) to form a containing groove (810 z) with the length of 9cm to 12cm and the width of 5mm to 10mm, the solar photovoltaic panel (850) is arranged, a separating body (810 g) is arranged between the surrounding edge of a fixing hole (810 k) in a containing cavity (810 q) and the containing groove (810 z), so that two symmetrical small triangular partitions for marking the lower parts of two base angle positions of an isosceles trapezoid of a front face (810A) and a large partition at the central part are separated, the separating body (810 g) serves as a middle part structure of a supporting bottom (810C), the structural strength can be increased, the space can be reserved in the two small triangular partitions to save packaging materials, and the large partition at the middle part is used for embedding components such as a control and driving circuit (840), an energy storage element (860) and the like.
The solar photovoltaic panel (850) is fixed in the accommodating groove (810 z) through transparent packaging glue by adopting a monocrystalline silicon solar photovoltaic panel, and is connected with a control and drive circuit (840) and an energy storage element (860) in a large partition through a circuit through groove, then the large partition is encapsulated through epoxy resin packaging glue or polyurethane packaging glue or organic silicon resin packaging glue and is solidified and leveled to form an identification body with a waterproof function, the control and drive circuit (840) adopts a singlechip control and drive circuit which can control a light emitting mode (such as a normal bright light emitting mode or a stroboscopic light emitting mode or a time sequence light emitting mode with a certain period and duty ratio) of an LED luminous body (820), and the energy storage element (860) adopts a lithium battery.
The bracket (870) is an attachment plate with an attachment surface (870A) with a hole for installation and fixation of the corrugated guardrail and a v 12581shaped section metal plate angle forming component with a support plate (870B) which is connected with the attachment surface (870A) and intersects with an extension surface of the attachment surface (870A) at an included angle of four omega about 68 degrees and is used for installation and fixation of the bottom of the identification body, the identification body and the bracket (870) are assembled into a single-sided luminous reflective delineator by inserting a bolt or a rivet serving as a fastener (880) into a fixing hole (810 k) of the shell (810), penetrating out of a support bottom (810C) of the shell and penetrating through a fastening hole of the attachment surface (870A), and after the assembly, the long side surface (810B) is approximately parallel to the extension surface of the attachment surface (870A) (controlled within an error range of +/-3 degrees).
The trapezoidal profile mark of reflection of light of attached type solar energy of this embodiment fixes the support on the waveform guardrail through the connecting piece during use, and trapezoidal profile mark's shorter side is close to the waveform guardrail, and longer side is facing road width direction to make its sign openly be vertical trapezoidal with certain angle facing vehicle advancing direction. Compared with the existing similar products, the solar photovoltaic panel with a larger area is provided, so that the solar photovoltaic panel has the advantages of higher power generation efficiency, more excellent light emitting performance and light reflecting performance, collision prevention, higher structural strength, longer service life and capability of saving material (mainly referring to packaging adhesive) cost.
The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the invention, and all modifications, variations, combinations, or alterations made therein, or all applications of the technology in the field of related and similar technology, which are within the spirit and principles of the present invention, should be considered as being within the scope of the present invention.

Claims (21)

1. An attached solar light-emitting reflective trapezoidal delineator, comprising: casing (1), led luminous body (2), contrary reflective layer (3), control and drive circuit (4), solar photovoltaic board (5), energy storage component (6), support (7), fastener (8), its characterized in that: the solar photovoltaic panel is characterized in that the shell (1) is of a shell structure which is provided with an isosceles trapezoid mark front face (1A) with a light-emitting and light-reflecting function, a long side face (1B) which is intersected with the longer bottom edge of the isosceles trapezoid and is used for arranging a solar photovoltaic panel (5) and a supporting bottom (1C) for assembling and fixing a support (7), and the shell (1) is provided with an accommodating cavity (1 q), an accommodating groove (1 z) and a fixing hole (1 k);
the solar photovoltaic panel is characterized in that a built-in accommodating groove (1 z) is formed in the inner side or the inner side wall of the long side face (1B), a solar photovoltaic panel (5) is arranged in the accommodating groove (1 z) and is packaged by packaging glue, an included angle alpha is formed between the long side face (1B) and the mark front face (1A) or the extension face thereof, and the included angle alpha satisfies the following requirements: alpha is more than or equal to 100 degrees and less than or equal to 130 degrees,
or be equipped with external storage tank (1 z) on the outside or the lateral wall of long side (1B), storage tank (1 z) in be equipped with solar photovoltaic board (5) and with the encapsulation of encapsulation glue, long side (1B) and sign openly (1A) or its extension face become an contained angle alpha, contained angle alpha satisfy: alpha is more than or equal to 100 degrees and less than or equal to 130 degrees;
the mark front face (1A) is provided with a transparent or semitransparent luminous part (1 t), an Led luminous body (2) is arranged below the luminous part (1 t), the mark front face (1A) is also provided with a retro-reflection layer (3),
the solar photovoltaic panel (5) is in circuit connection with the LED luminous body (2), the control and drive circuit (4) and the energy storage element (6) which are arranged in the accommodating cavity (1 q) of the shell (1) through a circuit, the components and the shell (1) are packaged into a waterproof identification body through the combination of the packaging bottom shell or/and the packaging glue forming body and the supporting bottom (1C) of the shell (1),
the support (7) is an angle forming component which is provided with an attachment surface (7A) for installing and fixing the waveform guardrail and at least one supporting surface (7B) which is connected with the attachment surface (7A) and forms an included angle of four omega with the attachment surface (7A) or an extending surface thereof and is used for assembling and fixing the bottom of the identifier body, the included angle of four omega is more than or equal to 35 degrees and less than or equal to 80 degrees, wherein the attachment surface (7A) is provided with an installing hole or an installing groove for installing and fixing the waveform guardrail, the supporting surface (7B) is provided with an assembling hole or an assembling groove for assembling and fixing the bottom of the identifier body,
the logo body is assembled with the bracket (7) into a whole body of the delineator through a fastener (8), wherein the included angle between the extending surface of the long side surface (1B) and the extending surface of the attachment surface (7A) is 0 +/-10 degrees, or the included angle between the extending surface of the solar photovoltaic panel (5) and the extending surface of the attachment surface (7A) is 0 +/-10 degrees.
2. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein: the shell (1) comprises a transparent isosceles trapezoid mark front surface (1A) with a larger relative area, a long side surface (1B) which is arranged between the mark front surface (1A) and a supporting bottom (1C) opposite to the mark front surface (1A) and is close to the longer base of the isosceles trapezoid, a short side surface (1D) which is arranged opposite to the long side surface (1B) and is close to the shorter base of the isosceles trapezoid mark front surface (1A) and is close to the longer base of the isosceles trapezoid, and opposite and symmetrical side surfaces which are arranged between the mark front surface (1A) and the supporting bottom (1C) and are intersected by other two extension surfaces to form an acute angle, wherein the five surfaces form a semi-closed shell structure which takes the mark front surface (1A) as a top surface and the rest surfaces as side wall surfaces and is provided with a containing cavity (1 q) with an opening at the bottom, a containing groove (1 z) and a fixed hole (1 k),
the luminous part (1 t) protrudes out of the mark front surface (1A) to form a light-transmitting convex structure, the rest areas on the mark front surface (1A) are provided with a retro-reflection layer (3), and the mark front surface (1A) is also at least provided with two fixing holes (1 k) or other fixing structures which penetrate through the mark front surface (1A) and the supporting bottom (1C);
a separator (1 g) close to the long side surface (1B) is arranged on the inner side or the inner side wall of the long side surface (1B) to form a containing groove (1 z) with a downward opening, a solar photovoltaic panel (5) is arranged in the containing groove (1 z) and is packaged by transparent packaging glue,
the included angle alpha between the mark front surface (1A) and the long side surface (1B) or the extension surface thereof satisfies the following condition: alpha is more than or equal to 105 degrees and less than or equal to 120 degrees, and the included angle between the mark front surface (1A) and the short side surface (1D) or the extension surface thereof is two beta, and the included angle satisfies the following conditions: beta is more than or equal to 70 degrees and less than or equal to 118 degrees, and the included angle trigy between the mark front surface (1A) and the extension surface of the outer contour bottom surface of the support bottom (1C) satisfies the following conditions: gamma is more than or equal to 0 degree and less than or equal to 25 degrees,
the LED luminous body (2) and the solar photovoltaic panel (5) are connected with a control and drive circuit (4) and an energy storage element (6) which are arranged in an accommodating cavity (1 q) of the shell (1) through circuits, and are combined with the shell (1) through a packaging bottom shell or/and a packaging glue forming body to jointly form a mark body with a waterproof function, wherein a supporting bottom (1C) and the packaging bottom shell or/and the packaging glue forming body form a mark body bottom structure with the waterproof function,
the support (7) is a metal plate angle forming component of an attachment plate with an attachment surface (7A) and a support plate with a support surface (7B) which is connected with the attachment plate, wherein an included angle quaomega between the attachment surface (7A) and the support surface (7B) or an extension surface thereof satisfies the following conditions: omega is more than or equal to 180 degrees and less than or equal to 180 degrees and alpha-gamma +7 degrees, the included angle between the long side surface (1B) and the extension surface of the attachment surface (7A) is between 0 degree and plus or minus 7 degrees,
the bottom of the mark body is assembled on the supporting surface (7B) through a fastener (8) and is assembled with the bracket (7) to form a contour mark whole body.
3. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein: the shell (1) comprises a transparent isosceles trapezoid mark front surface (1A) with a larger relative area, a long side surface (1B) which is between the mark front surface (1A) and a supporting bottom (1C) opposite to the mark front surface (1A) and is close to the longer bottom edge of the isosceles trapezoid, a short side surface (1D) which is opposite to the long side surface (1B) and is close to the shorter bottom edge of the isosceles trapezoid of the mark front surface (1A), and opposite and symmetrical side surfaces which are formed by intersecting other two extending surfaces between the mark front surface (1A) and the supporting bottom (1C) to form an acute angle, wherein the five surfaces form a semi-closed shell structure which takes the mark front surface (1A) as a top surface and the rest as side wall surfaces and is provided with a containing cavity (1 q) with an opening at the bottom, a containing groove (1 z) and a fixing hole (1 k),
the luminous part (1 t) protrudes out of the mark front surface (1A) to form a light-transmitting convex structure, the rest areas on the mark front surface (1A) are provided with a retro-reflection layer (3), and the mark front surface (1A) is also at least provided with two fixing holes (1 k) or other fixing structures which penetrate through the mark front surface (1A) and the supporting bottom (1C);
wherein, an external containing groove (1 z) is arranged on the outer side or the outer side wall of the long side surface (1B), a solar photovoltaic panel (5) is arranged on the containing groove (1 z) and is packaged by packaging glue,
the included angle alpha between the mark front surface (1A) and the solar photovoltaic panel (5) or the extension surface thereof satisfies the following conditions: alpha is more than or equal to 105 degrees and less than or equal to 120 degrees, and the included angle between the mark front surface (1A) and the short side surface (1D) or the extension surface thereof is two beta, and the included angle satisfies the following conditions: beta is more than or equal to 70 degrees and less than or equal to 118 degrees, and the included angle trigy between the mark front surface (1A) and the extension surface of the outer contour bottom surface of the support bottom (1C) satisfies the following conditions: gamma is more than or equal to 0 degree and less than or equal to 25 degrees,
the Led luminous body (2) and the solar photovoltaic panel (5) are connected with a control and drive circuit (4) and an energy storage element (6) which are arranged in an accommodating cavity (1 q) of the shell (1) through circuits, and are combined with the shell (1) through a packaging bottom shell or/and a packaging glue forming body to form a mark body with a waterproof function together, wherein a supporting bottom (1C) and the packaging bottom shell or/and the packaging glue forming body form a mark body bottom structure with the waterproof function,
the support (7) is a metal plate angle forming component of an attachment plate with an attachment surface (7A) and a support plate with a support surface (7B) which is connected with the attachment plate, wherein an included angle quaomega between the attachment surface (7A) and the support surface (7B) or an extension surface thereof satisfies the following conditions: omega is more than or equal to 180 degrees and less than or equal to 180 degrees and more than or equal to 180 degrees and less than or equal to alpha-gamma plus 7 degrees, the included angle between the extending surface of the solar photovoltaic panel (5) and the extending surface of the attachment surface (7A) is between 0 degrees and less than or equal to 7 degrees,
the bottom of the mark body is assembled on the supporting surface (7B) through a fastener (8) and is assembled with the bracket (7) to form a contour mark whole body.
4. The attached solar light-emitting and reflecting trapezoidal delineator of claim 1, wherein: the luminous part (1 t) of the mark front face (1A) is a transparent convex dot matrix which is arranged into patterns, characters or symbols, the convex dot matrix is provided with an optical structure with a light gathering function or a diffusing function, and an Led luminous body (2) is arranged below the convex dot matrix; or the light-emitting part (1 t) of the mark front face (1A) is a light-transmitting lug which is provided with one or two or more light-transmitting lugs protruding out of the mark front face (1A) and is in a pattern or a character or a symbol, and an Led light-emitting body (2) is arranged below the light-transmitting lug.
5. The attached solar light-emitting and reflecting trapezoidal delineator of claim 1, wherein: a long afterglow illuminant (9) which can be excited by the Led illuminant (2) to emit light is arranged in the accommodating cavity (1 q) or the accommodating groove (1 z) below the illuminant part (1 t) of the mark front surface (1A);
or both ends of the long side surface (1B) are also provided with a luminous part (1 t), and an Led luminous body (2) is arranged below the luminous part (1 t).
6. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein: a limiting supporting component (1 x) is arranged in the accommodating cavity (1 q) of the shell (1).
7. The attached solar light-emitting and reflecting trapezoidal delineator of claim 1, wherein: and an Led luminous body (2) which emits light towards the side direction or/and back is further arranged on the shell (1) or/and in the containing cavity (1 q) or the containing groove (1 z) of the shell (1).
8. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein: the shell (1) is an assembly body comprising a transparent luminous part (1 t) assembly, and is combined with a waterproof sealing material, an LED luminous body (2), a control and drive circuit (4), a solar photovoltaic panel (5) and an energy storage element (6) to form a waterproof identification body through a packaging bottom shell and a fastener;
or the shell (1) is an injection molding transparent forming shell with a containing cavity (1 q) with an opening at the bottom or a containing groove (1 z) with an opening at the bottom, and a waterproof marking body with a waterproof function is formed by combining a packaging bottom shell, a fastening piece, an LED luminous body (2), a control and drive circuit (4), a solar photovoltaic panel (5) and an energy storage element (6);
or the shell (1) is an assembly body comprising a transparent luminous part (1 t) assembly, and the waterproof identification body is formed by combining a packaging adhesive forming body, the Led luminous body (2), the control and drive circuit (4), the solar photovoltaic panel (5) and the energy storage element (6);
or the shell (1) is an injection molding transparent forming shell with a containing cavity (1 q) with an opening at the bottom or a containing groove (1 z) with an opening at the bottom, and the identification body with the waterproof function is formed by combining an encapsulation glue forming body, the LED luminous body (2), the control and drive circuit (4), the solar photovoltaic panel (5) and the energy storage element (6).
9. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein: the solar photovoltaic panel is characterized in that the intersection part of the long side face (1B) and the supporting bottom (1C) extends to form an extension part (1 BC) protruding out of the supporting bottom (1C), an extension accommodating groove (1 z) is formed in the extension part (1 BC), and a solar photovoltaic panel (5) is arranged in the extension accommodating groove (1 z).
10. The attached solar light-emitting and reflecting trapezoidal delineator of claim 2, wherein:
the mark front face (1A) extends at the intersection part with the short side face (1D) to form a first extension edge (1 AD), and a retro-reflective layer (3) is arranged on the first extension edge (1 AD);
or the mark front face (1A) extends at the intersection part of the mark front face and the other two symmetrical side faces to form a second extension edge, and a retro-reflective layer (3) is arranged on the second extension edge.
11. The attached solar light-emitting and reflecting trapezoidal delineator of claim 9, wherein: the inner side wall of the containing cavity (1 q) or the containing groove (1 z) is provided with a structural reinforcing rib (1 j), or a structural reinforcing rib (1 j) is arranged between the epitaxial expansion part (1 BC) and the supporting bottom part (1C).
12. The attached solar light reflecting trapezoidal outline marker of claim 10, wherein: the extension expand limit one (1 AD) and be equipped with structure strengthening rib (1 j) between short lateral surface (1D), perhaps extension expand limit two and be equipped with structure strengthening rib (1 j) between the other two symmetrical sides.
13. The attached solar light-emitting and reflecting trapezoidal delineator of claim 1, wherein:
the packaging structure is characterized in that a packaging adhesive forming body with the leveling and curing surface height being flush with the outer contour bottom surface of the supporting bottom (1C) is arranged in the accommodating cavity (1 q) of the shell (1), or a packaging adhesive forming body with the leveling and curing surface height being higher than the bottom surface of the supporting bottom (1C) is arranged in the accommodating cavity (1 q) of the shell (1).
14. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein: the accommodating cavity (1 q) of the shell (1) is internally provided with a separating body (1 g) and forms a plurality of subareas.
15. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein:
a partition body (1 g) is arranged in the accommodating cavity (1 q) of the shell (1) to form a plurality of subareas, a packaging adhesive forming body is arranged in all subareas or a part of subareas,
the packaging glue forming bodies in the subareas are the packaging glue forming bodies with the same hardness, or the packaging glue forming bodies in the subareas are the packaging glue forming bodies with different hardness, or the packaging glue forming bodies in the subareas are the packaging glue forming bodies with the same thickness, or the packaging glue forming bodies in the subareas are the packaging glue forming bodies with different thicknesses;
or the packaging adhesive forming body in the accommodating cavity (1 q) of the shell (1) is a layered packaging adhesive forming body,
the packaging adhesive forming bodies of all the layers are packaging adhesive layers with the same hardness, or the packaging adhesive forming bodies of all the layers are packaging adhesive layers with different hardnesses, or the packaging adhesive forming bodies of all the layers are packaging adhesive layers with the same thickness, or the packaging adhesive forming bodies of all the layers are packaging adhesive layers with different thicknesses.
16. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein:
a separating body (1 g) is arranged between the surrounding edge of a fixing hole (1 k) in an accommodating cavity (1 q) of the shell (1) and the long side surface (1B), so that two symmetrical triangular partitions are formed below two base angle positions of an isosceles trapezoid marking the front surface (1A);
or a partition body (1 g) connected with the two symmetrical side surfaces is arranged on one side of the containing cavity (1 q) of the shell (1) close to the short side surface (1D) and forms a partition.
17. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein:
the control and drive circuit (4) is a control and drive circuit with the function of controlling and driving the Led luminous body (2) to emit light in a normal bright mode or in a stroboscopic mode with a certain period and a duty ratio or in a time sequence mode; or the control and drive circuit (4) is a control and drive circuit with wireless transceiving function; or the control and drive circuit (4) is also connected with a sensor and has the function of controlling light emission by the sensor.
18. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein:
the Led luminous body (2) is an LED patch lamp or a vertical packaged straw hat-shaped LED lamp bead.
19. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein: the retro-reflecting layer (3) is a micro-prism type reflecting film or a prism type lattice plate.
20. The attached solar light-emitting reflective trapezoidal delineator of claim 1, wherein: the bracket (7) is a double-sided angle bracket with an isosceles triangle or isosceles trapezoid cross section, or a single-sided angle bracket with a 12581-shaped or C-shaped cross section.
21. The attached solar light-emitting and reflecting trapezoidal delineator of claim 1, wherein: the support (7) is a single-side angle support provided with an assembly hole for assembling a mark body or a mounting hole or a mounting groove for mounting the waveform guardrail, and a mark body is assembled on a single-side supporting surface (7B) of the single-side angle support to form a single-side luminous and reflective delineator;
or the bracket (7) is a double-sided angle bracket with an assembling hole for assembling a mark body or an installing hole or an installing groove for installing the waveform guardrail, the mark body is assembled on the single-sided supporting surface (7B) of the double-sided angle bracket to form a single-sided luminous reflective delineator, or the mark body is assembled on the double-sided supporting surface (7B) of the double-sided angle bracket to form a double-sided luminous reflective delineator.
CN202221827085.7U 2022-07-16 2022-07-16 Attached solar luminous reflective trapezoid delineator Active CN217733830U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN202221827085.7U CN217733830U (en) 2022-07-16 2022-07-16 Attached solar luminous reflective trapezoid delineator

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN202221827085.7U CN217733830U (en) 2022-07-16 2022-07-16 Attached solar luminous reflective trapezoid delineator

Publications (1)

Publication Number Publication Date
CN217733830U true CN217733830U (en) 2022-11-04

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN202221827085.7U Active CN217733830U (en) 2022-07-16 2022-07-16 Attached solar luminous reflective trapezoid delineator

Country Status (1)

Country Link
CN (1) CN217733830U (en)

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